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  • Kirill Terekhov
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  • 5401 MatrixMarket Collections

5401 MatrixMarket Collections · Changes

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Updated 5401 MatrixMarket Collections (markdown) authored Jan 21, 2015 by Kirill Terekhov's avatar Kirill Terekhov
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5401-MatrixMarket-Collections.md
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Crunching all the MatrixMarket collections with internal solver.
Test solvers on MatrixMarket collections.
=====
......@@ -8,15 +8,18 @@ This test is located in Tests/solver_test001
###Brief
Solver INNER_MLILUC should be robust enough to go through entire MatrixMarket collection set on default parameters.
Test solvers and tune parameters on huge set of public domain matrices.
##Description
This test will run internal solver INNER_MLILUC in serial against symmetric or non-symmetric real problems from Harwell-Boing collection, Sparskit collection, NEP collection, and other collections available from [http://math.nist.gov/MatrixMarket/](http://math.nist.gov/MatrixMarket/).
This test will run solvers in serial against symmetric or non-symmetric real problems from Harwell-Boing collection, Sparskit collection, NEP collection, and other collections available from [http://math.nist.gov/MatrixMarket/](http://math.nist.gov/MatrixMarket/).
Main purpose of this test is to preserve robustness of internal solver during development. It means that no performance gain should be accepted if as a results of the gain solver no more able to crunch the full set of matrices.
Main purpose of this test is to assess robustness of internal solver during development. During develpement no performance gain should be accepted if as a results of the gain solver robustness narrows.
Another purpose is to tune solver's parameters for the optimal performance on some subset of matrices.
##Arguments
......@@ -31,6 +34,12 @@ The test have two parameters, the first parameter indicates path to matrix and i
Will generate lots of solver_test001_* tests.
#Status
Currently internal solver INNER_MLILUC is capable of solving 00% of the whole set.
##Source
......
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  • 0100 Compilation
  • 0200 Compilation Windows
  • 0201 Obtain MSVC
  • 0202 Obtain MSMPI
  • 0203 Compilation INMOST Windows
  • 0204 Compilation ParMETIS Windows
  • 0205 Compilation Zoltan Windows
  • 0206 Compilation PETSc Windows
  • 0207 Compilation Trilinos Windows
  • 0400 Compilation Linux
  • 0401 Install MPI
  • 0402 Compilation INMOST Linux
  • 0403 Compilation PETSc Linux
  • 0404 Compilation Trilinos Linux
  • 0405 Compilation ParMETIS Linux
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